59
CET Electric Technology
English*
Traditional Chinese
PF Convention
Specifies the Power Factor Convention. Please refer to
Section
5.8.1 System Parameters
for more
information.
IEC*
IEEE
–IEEE
kVA Calculation
Specifies the kVA Calculation method. Please refer to
Section
5.8.1 System Parameters
for more
information.
Vector*
Scalar
Demand Period
Demand Cycle = # of Sliding Window x Demand
Period.
1 to 60 minutes, 15*
# of Sliding Windows
1* to 15
Alarm E-Mail
Specifies if the SMTP alarm email is enabled.
Disabled*
Enabled
Self-Read Time
Specifies the time to transfer the Peak Demands and
the Max/Min values from This Month to Last Month.
Mains-I/Mains-II
CT Ratio
Specifies the CT Ratio of Mains-I/Mains-II.
1A: 1* to 30000
5A: 1* to 6000
Mains-I/Mains-II In CT Ratio
Specifies the In (or I4) CT Ratio of Mains-I/Mains-II.
1* to 10000
Mains-I CT Polarity
Specifies the Mains-I/Mains-II’s Current Polarities for
Ia, Ib, Ic and In.
Normal*
Reverse
Mains-II CT Polarity
DI Module
x
External Source
#
Specifies the excitation source of the external DI
Modules.
DC*, AC
DI Module
x
Debounce Time
#
Specifies the minimum duration the DI Module must
remain in the Active or Inactive state before a DI
Module state change is considered to be valid.
1 to 9999 (ms), 20ms*
DI1/DI2/DI3/DI4 Debounce
Time (DI3 & DI4 are available
since Firmware V1.00.08)
Specifies the minimum duration the DI must remain in
the Active or Inactive state before a DI state change is
considered to be valid.
1 to 9999 (ms), 20ms*
DO1/DO2 Trigger Mode
Specifies which alarm would trigger DO1/DO2.
None
Mains-I Instant. Alarm
Mains-II Instant. Alarm
Mains-I Latched Alarm
Mains-II Latched Alarm
Global Latched Alarm
Global Instant. Alarm
Voltage-I Phase Reversal^
Voltage-II Phase Reversal^
Voltage-I Phase Loss^
Voltage-II Phase Loss^
TC1 Alarm^
TC2 Alarm^
DI1 Alarm^
DI2 Alarm^
DI3 Alarm (4 DIs option Only) ^
DI4 Alarm (4 DIs option Only)^
Tariff Switch^
Specifies to which Tariff (T1/T2) the energy
measurements will be accumulated based on the
specified DIx. If DIx is Inactive, the energy will be
accumulated to T1. If DIx is Active, the energy will be
accumulated to T2.
Disabled
DI1
DI2
DI3 (4 DIs option Only)
DI4 (4 DIs option Only)
Mains-I PT Primary^
Specifies Mains-I PT Primary Ratio (in ULL value)
1 to 1,000,000 V, 380*
Mains-I PT Secondary^
Specifies Mains-I PT Secondary Ratio (in ULL value)
1 to 480, 380*
Mains-II PT Primary^
Specifies Mains-II PT Primary Ratio (in ULL value)
1 to 1,000,000 V, 380*
Mains-II PT Secondary^
Specifies Mains-II PT Secondary Ratio (in ULL value)
1 to 480, 380*
Branch A/B/C/D^
Specifies which Mains-I/II Voltage would be paired
with Branch A/B/C/D. This parameter is valid only
when the
Panel Mode
is set to
Custom
.
Mains-I*
Mains-II
~
1P3W may only be used with Dual Panel Mode II in Firmware Version V1.00.09 or earlier.
#
Available in Firmware V1.00.03 or later.
^Available in Firmware V1.00.10 or later.
Table 3-11 Basic Setup Description
3.2.4.5.2 Panel Name Setup
Click
Panel Name Setup
on the left-hand pane and the following screen appears on the right-hand pane
where the
Device Name
and
Mains-I/II’s Panel Names
can be specified. Click
Submit
to save your
changes or
Cancel
to cancel your changes.